ROBOTICS TXT Electropneumatic

With this construction set, you can carry out a range of interesting experiments and tasks. The didactic information guides you step by step through testing out the fischertechnik models. It contains important tips and useful additional information for modification and optimisation. We hope you have a lot of fun and success when experimenting with the ROBOTICS TXT ElectroPneumatic construction set.
Educational accompanying material and example programs for the construction set:
The ROBOTICS TXT ElectroPneumatic construction set additionally requires the ROBOTICS TXT Controller 522429 and the ROBOPro 93296 software. The ROBOPro software is used for installing example programs for all ElectroPneumatic models, as well as educational accompanying material in the pdf format.
Opening educational accompanying material and example programs:
After the installation of ROBOPro, click on the start button in the Windows taskbar and select Programs or All Programs and then ROBO Pro.You can open the educational accompanying documentation with the new entry TX ElectroPneumatic – Activity booklet.
You need the Adobe Reader program for this. If this program is not installed on your PC, you can download it from http://www.adobe.com.
This version of the accompanying material contains links to the ROBOPro example programs and the ROBOPro Help.
All example programs are listed under C:\Programs\ROBOPro\Example programs\ROBO TX ElectroPneumatic.
The accompanying tmaterial is also available on the eLearning Portal (but without links to the example programs).

Basics of Pneumatics

Air can be used for different purposes in technology. For example wind drives gigantic windmills to generate electrical power. Pneumatics uses air to generate motion and transfer forces.

You are certainly familiar with at least one pneumatic tool - the air pump for your bicycle tires. It is designed using the physical and technical principles of a cylinder, as introduced in this construction set, for example using a compressor to generate compressed air.